A hemispherical vessel having an outer diameter `18 cm` and weighing `200g` floats in water Find the maximum volume of liquid that may be poured into the vessel without sinking. Density of liquid `=3100 "kgm"^(3).`

A block of wood floats in water with (4//5)th of its volume submerged. If the same block just floats in a liquid, the density of liquid in (kg m^(-3)) is

A block of wood floats in water with (4//5)th of its volume submerged. If the same block just floats in a liquid, the density of liquid in (kg m^(-3)) is

A block of wood floats in water with (4//5)th of its volume submerged. If the same block just floats in a liquid, the density of liquid in (kg m^(-3)) is

A block of wood floats in water with (4//5)th of its volume submerged. If the same block just floats in a liquid, the density of liquid in (kg m^(-3)) is

A sphere of mass 266.5 g and of diameter 7 cm floats on a liquid. When the liquid is heated to 35^(@)C the sphere starts sinking in the liquid. If the density of the liquid at 0^(@)C " is " 1.527g*cm^(-3) , find its coefficient of volume expansion. Neglect the expansion of the sphere.

The three vessels shown in figure have same base area. Equal volumes of a liquid are poured in three vessels. The force on the base will be

The three vessels shown in figure have same base area. Equal volumes of a liquid are poured in the thre vessels. The force on the base will be

The three vessels shown in figure have same base area. Equal volumes of a liquid are poured in the thre vessels. The force on the base will be